CATEGORY 05 / 16 · FOUR BELESHKY METHODOLOGY · V1.0.0
Energy must make ordinary family life work, safely and without payment gates.
A country can produce record electricity while a family still cooks in smoke or loses food in power cuts. The score asks whether energy becomes dependable, safe household life, without demanding money for permission.
Energy serves life when it reliably supports cooking, lighting, refrigeration, pumping, washing, care, communications, tools and climate-appropriate thermal comfort. The country must prove who benefits, how consistently, at what burden, and what capability endures.
The same four-beleshky weighting
Four independent questions about energy, clean cooking and household capability
Capacity
Can the country provide the actual electricity, clean cooking, useful thermal service, backup and repair needed for homes to function?
Open all nine scoring positions ↗02 · 35%Reach
What percentage of people can reliably use BOTH adequate electricity and clean cooking, and what share receives both without paying?
Open all nine scoring positions ↗03 · 25%Friction
What energy-related burdens consume money, time, health and household security?
Open all nine scoring positions ↗04 · 15%Return / Burden Removed
Does the energy system return useful life, safe domestic capability, resilience and restoration to families and stewards?
Open all nine scoring positions ↗IEA/World Bank/WHO electricity access and clean-cooking access are separate indicators. Reach A% means the proven overlapping population with BOTH usable services; M% means the subset with complete reliable essential energy without a payment gate. Do not infer overlap from separate national totals. TBF beleshky scores are judgments against disclosed thresholds, not the measured coverage percentages themselves.
Trott Bailey Energy Operating Principle
From energy capability to easier family life
A competent Trott Bailey nucleus has energy for lighting, food storage, safe cooking, pumping, cleaning, communications, workshops and priority care. The Energy Stewards maintain distribution, batteries, protective systems and backup so families are not left to fix systemic failures alone. The household compound can host well-designed equipment and supervised family Shubaka, including skill teaching and practical upkeep without compulsory child labour.
Generation capacity, rooftop panels or a grid connection do not prove enough electricity to operate essential household uses. Clean cooking must be safe and actually used; purchased electricity and cooking fuel do not count as money-free. Backup storage and power electronics must meet relevant safety, fire, electrical and qualified-steward standards. No invented continuous-operation guarantees.
Energy systems must have safe electrical and thermal design. Families may participate in suitable Shubaka learning and upkeep, while qualified energy stewards protect hazardous systems. Essential service access never depends on performing Shubaka.
Trott Bailey energy and family-support works: Nucleus Formation Stewards — Families need functioning energy ↗ · Make the World Truly Productive Again — Put energy to work for life ↗
Essential household energy and the shared Water/Energy clearance
One shared Water/Energy Gate: prove each service before claiming clearance
Energy has a separate 5%-weight category score but shares ONE 0–4 direct Money Gate with Water. The joint gate asks who has BOTH safe essential domestic water AND essential household electricity/clean cooking reliably without paying. A country cannot award 4/4 for electricity alone, free water alone, a discount or a temporary donation. Actual energy free-access reach governs the upper Reach rungs; verified tariffs, disconnections, fuel collection, outages and smoke inform Friction. The national gate stays separately applied; never deduct the same numeric gate again in the Energy formula.
Electricity is not complete energy
Report effective household electricity and clean cooking/appropriate thermal service separately; prove household overlap.
Reliability must be real
Account for outages, usable power, fuel availability, safe quality and essential household load.
A% is actual complete energy
Count people with BOTH services; do not assume overlap from separate surveys.
M% is reliable free energy
Count the subset receiving the essential combined service with no ordinary payment, including cooking fuel and usable electricity.
The Water/Energy gate is shared
4/4 needs independently verified reliable no-payment water AND essential energy for 100% of people; energy alone cannot clear it.
Friction needs its own observations
Document bills, disconnections, cooking smoke, fuel collection, outages and equipment failures without automatic double subtraction.
| Effective money-free reach | Shared Water/Energy gate |
|---|---|
| Verified 0% with BOTH complete free water and essential energy | 0/4 |
| More than 0% but below 30% fully free for BOTH services | 0.5/4 |
| 30% to below 50% jointly free and usable | 1/4 |
| 50% to below 75% jointly free and usable | 2/4 |
| 75% to below 100% jointly free, reliably served | 3/4 |
| 100% reliably served BOTH safe water and complete essential household energy without payment | 4/4 |
Eight 25-point jumps
Exactly what earns each score?
| Score | Capacity | Reach | Friction | Return / Burden Removed |
|---|---|---|---|---|
| -100 | Electricity and safely usable cooking-energy systems are largely absent or nonfunctional, with widespread unsafe improvisation. | Under 5% of people have BOTH dependable household electricity and safe, genuinely usable cooking energy. | Extreme energy bills, forced disconnections, smoke exposure, fuel collection and repeated power failure are widespread. | Energy provision actively harms household health and living ground, with little durable usefulness or maintenance. |
| -75 | Only scattered electrical or cooking-energy capacity functions; equipment fails often and basic household uses remain unsupported. | 5–24% have BOTH reliable basic household electricity and safe, usable cooking energy. | Routine unsafe cooking, severe collection work, unaffordable service and frequent interruption impose enormous daily burdens. | Unreliable household energy delivers minimal relief; equipment and ecological damage compound future burdens. |
| -50 | Basic generation and fuel supply exist, but major transmission, distribution, cooking-safety or maintenance gaps remain. | 25–39% have BOTH effective electrical service and safe, usable cooking energy. | Electricity or fuel is often interrupted, expensive or unsafe; homes expend substantial time and effort obtaining energy. | Some powered uses exist, but poor repair, smoke, spoiled food and premature equipment failure undermine gains. |
| -25 | A functioning supply network reaches some settlements, but sustained electricity and clean cooking are unavailable to many. | 40–49% have BOTH services, with material geographic or household gaps. | Households face major bills, outages, fuel transport, repair delays or smoke exposure even where systems formally exist. | Energy saves limited work, with little protection for cooling, refrigeration, pumps or useful family machinery. |
| 0 | Basic generation, distribution and cooking-energy capability operate at national scale, with uneven quality and resilience. | 50–75% have BOTH services; remaining households are identified and major gaps are unresolved. | Some burdens have reduced, but tariffs, insecurity, outages and unequal cooking-energy access still obstruct household life. | Ordinary cooking, lighting and a portion of household tasks are supported; long-term relief remains uneven. |
| +25 | Broad electricity and clean-cooking capacity operates, with measurable improvements in continuity and household usability. | Over 75% have BOTH services, OR at least 50% have both and over 30% of people have complete verified free energy access; the alternative must not hide major deprivation. | Measured reductions in outages, pollution, fuel-collection time and unaffordable bills are documented for many households. | Reliable refrigeration, cooking, communications, pumping and practical machines measurably reduce family effort and loss. |
| +50 | Strong connected and distributed power, clean cooking, repair capacity and essential-load protection support most homes. | Over 75% have BOTH services AND over 30% of people obtain essential household energy reliably with no payment gate; matching free-access audit evidence is required. | Most families have dependable energy without major recurring payment, outage, collection or smoke burdens; residual problems are localized. | Repairable systems and backup power return substantial time, food preservation, comfort and safe household capability. |
| +75 | Near-universal reliable electricity and clean cooking are supported by robust distribution, storage, maintenance and backup. | Over 90% have BOTH services and at least 75% receive usable, reliable essential household energy without payment; the shared Water/Energy direct gate must be at least 3/4. | Only exceptional outages or unavoidable short-lived burdens remain; broad money-free provision prevents disconnection and smoke-dependent survival. | Distributed resilience, efficient equipment, supported stewards and protected essential loads deliver widespread family relief and long restoration. |
| +100 | Universal safe, dependable electricity and clean/appropriate thermal energy support homes and essential services through normal and emergency conditions. | 100% have BOTH reliable electricity and clean cooking/thermal provision without ordinary payment or access discrimination, with a 4/4 shared Water/Energy Gate established by independent water and energy evidence. | Ordinary families have safe essential energy without bills or disconnection gates, preventable smoke exposure, prolonged outages or forced fuel-collection labour. | Sustained low-burden energy makes essential household services, safe temperature control, food protection, family tools and Shubaka reliably available, with renewable/maintainable capability and fair restoration for stewards. |
Beleshky 1 · 25% of Energy
Capacity
Can the country provide the actual electricity, clean cooking, useful thermal service, backup and repair needed for homes to function?
Electricity and safely usable cooking-energy systems are largely absent or nonfunctional, with widespread unsafe improvisation.
Read the Trott Bailey foundation ↗Only scattered electrical or cooking-energy capacity functions; equipment fails often and basic household uses remain unsupported.
Read the Trott Bailey foundation ↗Basic generation and fuel supply exist, but major transmission, distribution, cooking-safety or maintenance gaps remain.
Read the Trott Bailey foundation ↗A functioning supply network reaches some settlements, but sustained electricity and clean cooking are unavailable to many.
Read the Trott Bailey foundation ↗Basic generation, distribution and cooking-energy capability operate at national scale, with uneven quality and resilience.
Read the Trott Bailey foundation ↗Broad electricity and clean-cooking capacity operates, with measurable improvements in continuity and household usability.
Read the Trott Bailey foundation ↗Strong connected and distributed power, clean cooking, repair capacity and essential-load protection support most homes.
Read the Trott Bailey foundation ↗Near-universal reliable electricity and clean cooking are supported by robust distribution, storage, maintenance and backup.
Read the Trott Bailey foundation ↗Universal safe, dependable electricity and clean/appropriate thermal energy support homes and essential services through normal and emergency conditions.
Read the Trott Bailey foundation ↗Evidence needed
- Dated generation and distribution supply compared with effective household demand, not capacity nameplates alone.
- Household-level continuity, voltage/power quality, interruption frequency, reliability and protected essential loads.
- Clean cooking supply, safe technology and heating/cooling needs appropriate to local climate.
- Safety standards, maintainable equipment, local parts, storage, decentralised backup and staff capability.
How to improve
- Protect essential household supply first: lighting, refrigeration, cooking, pumping and safe temperature control.
- Expand reliable distribution or off-grid power where grid building is slower or unsuitable.
- Support safe clean-cooking systems and appropriate energy sources while keeping repairs and replacement parts available.
- Test realistic outage and emergency scenarios; publish results, not installation counts.
Beleshky foundation: Nucleus Formation Stewards — Families need functioning energy ↗
↑ All four beleshky levelsBeleshky 2 · 35% of Energy
Reach
What percentage of people can reliably use BOTH adequate electricity and clean cooking, and what share receives both without paying?
Under 5% of people have BOTH dependable household electricity and safe, genuinely usable cooking energy.
Read the Trott Bailey foundation ↗5–24% have BOTH reliable basic household electricity and safe, usable cooking energy.
Read the Trott Bailey foundation ↗25–39% have BOTH effective electrical service and safe, usable cooking energy.
Read the Trott Bailey foundation ↗40–49% have BOTH services, with material geographic or household gaps.
Read the Trott Bailey foundation ↗50–75% have BOTH services; remaining households are identified and major gaps are unresolved.
Read the Trott Bailey foundation ↗Over 75% have BOTH services, OR at least 50% have both and over 30% of people have complete verified free energy access; the alternative must not hide major deprivation.
Read the Trott Bailey foundation ↗Over 75% have BOTH services AND over 30% of people obtain essential household energy reliably with no payment gate; matching free-access audit evidence is required.
Read the Trott Bailey foundation ↗Over 90% have BOTH services and at least 75% receive usable, reliable essential household energy without payment; the shared Water/Energy direct gate must be at least 3/4.
Read the Trott Bailey foundation ↗100% have BOTH reliable electricity and clean cooking/thermal provision without ordinary payment or access discrimination, with a 4/4 shared Water/Energy Gate established by independent water and energy evidence.
Read the Trott Bailey foundation ↗Evidence needed
- A%: population with effective reliable electricity AND safe usable cooking/thermal energy; household intersection, not the larger of two national percentages.
- M%: subset with complete reliable essential household energy available without ordinary payment; tariffs/subsidies verified directly.
- Urban/rural, remote communities, disabled households and interrupted connection/service breakdown.
- Direct audited Water/Energy gate population reach; proof for the water half must be independently collected.
How to improve
- Close effective household gaps in electricity AND clean cooking together.
- Extend non-payment access to all essential household uses, not only a symbolic kilowatt-hour allowance.
- Measure actual use and continuity rather than relying on connection or renewable-generation totals.
- Document how the same households receive the complete combined energy service.
Beleshky foundation: Make the World Truly Productive Again — Put energy to work for life ↗
↑ All four beleshky levelsBeleshky 3 · 25% of Energy
Friction
What energy-related burdens consume money, time, health and household security?
Extreme energy bills, forced disconnections, smoke exposure, fuel collection and repeated power failure are widespread.
Read the Trott Bailey foundation ↗Routine unsafe cooking, severe collection work, unaffordable service and frequent interruption impose enormous daily burdens.
Read the Trott Bailey foundation ↗Electricity or fuel is often interrupted, expensive or unsafe; homes expend substantial time and effort obtaining energy.
Read the Trott Bailey foundation ↗Households face major bills, outages, fuel transport, repair delays or smoke exposure even where systems formally exist.
Read the Trott Bailey foundation ↗Some burdens have reduced, but tariffs, insecurity, outages and unequal cooking-energy access still obstruct household life.
Read the Trott Bailey foundation ↗Measured reductions in outages, pollution, fuel-collection time and unaffordable bills are documented for many households.
Read the Trott Bailey foundation ↗Most families have dependable energy without major recurring payment, outage, collection or smoke burdens; residual problems are localized.
Read the Trott Bailey foundation ↗Only exceptional outages or unavoidable short-lived burdens remain; broad money-free provision prevents disconnection and smoke-dependent survival.
Read the Trott Bailey foundation ↗Ordinary families have safe essential energy without bills or disconnection gates, preventable smoke exposure, prolonged outages or forced fuel-collection labour.
Read the Trott Bailey foundation ↗Evidence needed
- Disconnections, tariffs, energy burden, reconnection deposits and metering limitations.
- Cooking smoke exposure and fuel-fetching time, separately by household type and geography.
- Unplanned outage duration, equipment breakdown and food or care-service losses.
- Maintenance response and burden placed on parents, elders and service stewards.
How to improve
- Reduce avoidable household billing and prevent denial of essential service for inability to pay.
- Replace harmful cooking arrangements with safe and genuinely usable equipment and supply.
- Cut unplanned interruptions, fuel-collection trips, unsafe wiring and repeated repair delays.
- Measure reductions in household burden and publish before-and-after evidence.
Beleshky foundation: Family Should Be Light Enough to Soar — Remove household strain ↗
↑ All four beleshky levelsBeleshky 4 · 15% of Energy
Return / Burden Removed
Does the energy system return useful life, safe domestic capability, resilience and restoration to families and stewards?
Energy provision actively harms household health and living ground, with little durable usefulness or maintenance.
Read the Trott Bailey foundation ↗Unreliable household energy delivers minimal relief; equipment and ecological damage compound future burdens.
Read the Trott Bailey foundation ↗Some powered uses exist, but poor repair, smoke, spoiled food and premature equipment failure undermine gains.
Read the Trott Bailey foundation ↗Energy saves limited work, with little protection for cooling, refrigeration, pumps or useful family machinery.
Read the Trott Bailey foundation ↗Ordinary cooking, lighting and a portion of household tasks are supported; long-term relief remains uneven.
Read the Trott Bailey foundation ↗Reliable refrigeration, cooking, communications, pumping and practical machines measurably reduce family effort and loss.
Read the Trott Bailey foundation ↗Repairable systems and backup power return substantial time, food preservation, comfort and safe household capability.
Read the Trott Bailey foundation ↗Distributed resilience, efficient equipment, supported stewards and protected essential loads deliver widespread family relief and long restoration.
Read the Trott Bailey foundation ↗Sustained low-burden energy makes essential household services, safe temperature control, food protection, family tools and Shubaka reliably available, with renewable/maintainable capability and fair restoration for stewards.
Read the Trott Bailey foundation ↗Evidence needed
- Working refrigeration, preparation tools, water pumping, laundry, thermal comfort and communications for actual families.
- Hours of burden removed (measured separately from the Human Time beleshky), preserved food and safer clean cooking.
- Repair/replacement and backup capacity for maternity care, food storage and critical household equipment.
- Lifecycle reliability, avoidable pollution, resilience and fair restoration for energy stewards.
How to improve
- Organize energy service around complete family functions rather than total generation alone.
- Provide reliable power to essential food, water, clean-return, care and repair systems.
- Use modular, repairable and resilient equipment with qualified stewards and practical family Shubaka opportunities.
- Track how household life improves; do not multiply-count one hour saved across categories.
Beleshky foundation: What If Civilization Worked Toward Rest? — Reliability and restoration ↗
↑ All four beleshky levelsHypothetical scoring lab
Test how changes move the Energy & Household Capability score
This calculator illustrates the weighted Energy & Household Capability method. It does not alter a country, its evidence, or ranking.
Energy & Household Capability = 0.25 × Capacity + 0.35 × Reach + 0.25 × Friction + 0.15 × Return/Burden Removed. National evidence contribution = Energy × 0.05, prior to the separate national Money Gate.
Transparent country research
What a country must prove to climb
Electricity access is not automatically complete energy
A basic grid connection does not prove adequate power, continuity or clean cooking. WHO household-air-pollution evidence measures the health risks of polluting cooking technologies; it does not measure full money-free access. Where separate electricity and clean-cooking percentages exist but their actual overlap is unknown, do not invent the intersection.
Energy measures the operation of household electrical and thermal services and their direct relief. Water measures safe water and sanitation; Food measures nourishment; Human Time measures the clock hours actually returned; Housing measures the home and its use. Shared evidence supports distinct findings, never automatic duplicate points.
Document the before and after
For each country, disclose source, publication/data year, measured electricity coverage, measured clean cooking coverage, the documented combined household intersection A%, reliable non-payment combined energy subset M%, outage and smoke burden, direct Water/Energy gate documentation and evidence limitations.
This methodology page makes no changes to old country beleshky values, rankings or Money Gate audits. An individual, dated, source-backed re-audit is necessary for each rescore, with before/after history retained.
Independent measurement references
Research sources for actual country conditions
Trott Bailey writings establish the benchmark. These outside measurement sources help verify real conditions in a specific country. None automatically establishes a beleshky score.
Authored design sources
and then 
